Demonstrations for NewSchools Application

This page is a non-working preview of what a future VST app could look like. It shows how teachers might assign mini-challenges, what the reporting and AI support could provide, and a few sample mini-challenges to illustrate the range of activity types. Everything shown here is a concept example meant to help you envision the final product.

Preview of VST App

A visual mockup of how teachers would browse, select, and assign mini challenges in an app that connects with tools like Canvas, Google Classroom, or Schoology.

VST App Mock — Select a Mini-Challenge
Virtual Science Teachers App Vision
Engage Students. Empower Teachers.

Select a mini challenge. Assign it in seconds. See thinking right away.

0 mini challenges
Preview and Assign
Select a mini challenge to preview it here.

Sample AI Teacher Assistant Instant Report

An example of the real time report teachers would receive, showing class trends, student attempts, time on task, and where support is needed, along with an AI summary that highlights priorities and practical next steps.

Motion Match mini-challenge report

Class: Period 2 Science
Standard: VA PS.8a
Assigned: Oct 10
Report snapshot: Live view
Students started
88%
8 of 9 students
Students mastered
56%
met mastery rule
Average attempts
3.6
per student who started
Average time
6.8 min
time on task

Class patterns

Graph slope vs speed
3 students showing this pattern
Direction vs positive slope
2 students showing this pattern
Reading axes carefully
2 students showing this pattern
Patterns update as more students complete the mini-challenge.
Student Status Attempts Time on task Mastery Likely misconception
AG
Avery G.
Mastered 2 attempts 4 min
92% mastery
None detected
BL
Brianna L.
In progress 5 attempts 9 min
78% mastery
Graph slope vs speed
CR
Camden R.
Not started 0 attempts 0 min
0% mastery
No data yet
ES
Elena S.
In progress 6 attempts 11 min
70% mastery
Direction vs positive slope
GP
Gavin P.
In progress 4 attempts 8 min
80% mastery
Reading axes carefully

AI teacher assistant summary

Educator guided AI highlights priorities and next steps.

Quick summary

Most students are progressing, but several are mixing up what slope represents in a motion graph. Two students also appear confused about direction versus positive slope.

Top priority pattern

Graph slope vs speed
Showing up in 3 students

Suggested next steps

  • Re model slope with a quick whole class example using a new context.
  • Have students retry the same mini challenge immediately after the model.
  • Pull a short small group for students with 4 or more attempts.

Students to check first

Elena S.
6 attempts, 11 minutes, 70% mastery
Direction vs positive slope
Brianna L.
5 attempts, 9 minutes, 78% mastery
Graph slope vs speed
Gavin P.
4 attempts, 8 minutes, 80% mastery
Reading axes carefully

Equity check

Retry patterns suggest persistence. Consider offering a quick model before grading mastery so students who needed more attempts still have access to success.

Sample Mini-Challenges

Mini-challenges are quick, standards aligned checks for understanding that teachers can drop into lessons anytime. In the app, teachers will be able to assign them directly and see results right away, so learning gaps surface within minutes and instruction can adjust immediately. Below are a few sample mini-challenges to show the range of activity types students will experience.

 

These examples are science focused because VST already works with a large network of science teachers and public school partners to support science education. The mini-challenge format and reporting system are designed to work across subjects, and as we refine the model through science, we plan to share what we learn and support similar tools in other content areas.

Scaffolded Acceleration Problem

Label the Diagram

Drag and Drop Graphing Activities

Drag-and-Build Classification Challenge

Data-to-Reasoning Graph Check

Simulation-Driven Inquiry Challenge

Countless activity types are possible in this format, including open ended prompts, fill in the blank, hot spots, drag and drop, multi-step problems, simulations, graph and data interpretation, and more. By building side by side with teachers and community partners, these mini-challenges can grow into a powerful tool that saves teachers time, sharpens instruction, and helps students think deeply and succeed.